Description

FLAWLESS TRADITIONAL TOBACCO NIC SALT E-LIQUID

Flawless Nic Salt Traditional Tobacco offers the authentic tobacco experience it its rich earthy, and robust splendour for finding your perfect vaping bliss.
Explore other Flawless E-Liquid’s range in their dessert-themed and fruity infusions that are nothing short of perfection. 

Specifications

• Flavours: Tobacco
• Nicotine Type: Nicotine Salt
• Bottle Size: 10ml
• Nicotine Strength: 10mg & 20mg
• VG/PG Ratio: 50/50
• Vaping Style: MTL
• Easy Fill Nozzle
• Childproof Cap

Flawless Nic Salts e-liquids come conveniently packaged in 10ml bottles, offering vapers a cost-effective, refillable nic salt alternative that packs all the flavourful experience of single-use disposables while minimising plastic waste.

Flawless E-liquids, a UK-based manufacturer, is offering an amazing selection of premium e-liquids, vaping hardware and accessories. Their Flawless Nic Salt range features a variety of fruity, citrus, dessert, menthol and tobacco-infused flavours, from complex blends to simple pleasures. 

With 10mg and 20mg nicotine salt strengths available, you can quickly satisfy your cravings. Using nicotine salts provides a smoother throat hit, enhancing your overall vaping experience. 

Expertly balanced in a 50/50 PG/VG blend, Flawless Nic Salt e-liquids are best used with Vape Starter Kits and Pod Vape Kits.

Are you new and trying out vaping for the first time? You should check out our beginners’ guide, where we simplify vaping to its fundamentals and explain the benefits of switching to your first vape kit.

High-immersive virtual reality technology, or VR, has become a true game-changer for the eCommerce industry. The same is true for modern-day consumers, given the fact that VR has made it easy and convenient for them to shop online. The technology is gradually seeing its popularity in the mass market, with several big brands seeking better and more informative ways of e-tailing.

How is VR shaping the customer online shopping experience

Besides selecting products from the comforts of their homes, consumers can now examine them closely, replicating a brick-and-mortar store. Thus, it can be safely said that VR is shaping the customer experience to a great extent.

In case you wonder how new-age online shopping is getting influenced by virtual reality, read this article until the end. Learn how this innovative technology affects purchase decisions and what the future has in store for VR. Let’s begin!

What is VR shopping?

In simple words, VR shopping is the application of virtual reality technology in an online shopping journey that offers a further immersive and personalized shopping experience to the end consumer. There are different ways of leveraging VR in marketing and promotions in the eCommerce realm. The ultimate goal of shopping through VR technology is to bridge the gap between in-store shopping and digital shopping, almost replicating a human touch.

Online shoppers thus get a multichannel experience that is interactive, personalized, and immersive.

With a VR shopping journey, there’s no time or geographical limit or barrier. One gets real-time virtual assistance, online interactions, virtual showrooms and trial rooms, and many more. These innovative marketing touch-points bring a global shopping experience, making customers better informed. They are also more inclined to browse other products of the brand.

How does virtual reality influence customers’ purchase decisions?

The beauty of VR lies in replicating a real-world environment within a virtual space. This immersive experience creates an immense sensory impact on online shoppers when they engage with the brand or the listed products. From a business perspective, this can be utilized as leverage for better customer interaction and user engagement.

There have been several successful marketing advertisements and promotional campaigns that have resorted to this virtually engaging eCommerce technology that acts on an emotional level. Emotional VR campaigns have now become a trend among global brands, especially apparel and beauty product chains.

With these emotional VR-driven promotions, brands can showcase their products in unique ways. At the same time, customers enjoy the products on an emotional level beyond computer screens. They can witness highly realistic product presentations or demonstrations, as they do during a physical shopping spree. The experiences can be scary, overwhelming, humorous, nostalgic, and so on; simply put, anything that tugs the sentiment.

The biggest advantage of VR is that shoppers can play around with and test a product within a virtual simulation while observing the product closely. This not only helps them make an informed purchase decision but also gives them value for their money. A lot of global eCommerce brands, namely Alibaba, IKEA, The North Face, etc., were the early adopters of VR-powered online retail methods. These virtual reality shopping experiments saw a significant rise in sales and customer satisfaction.

In what ways is VR technology shaping the online shopping experience?

Users can gain VR experience in various ways while they shop or shuffle through their favorite eCommerce platform. According to a PwC survey from last year, one-third of online shoppers have used VR to make purchases. This signals a paradigm shift in the online retail market, apart from the prevalent use of VR in games, TV shows, and movies.

Mostly, the millennials (people born in the 1990s) and the Gen Zs (people born between the late 1990s-2000s) are inclined toward VR-driven promotions. They love to create their personalized virtual “3D avatars” based on their own body measurements while trying out clothes. Fashion apparel brand Hugo Boss has adopted a similar digital fitting room where 3D models of customers can be used as lifelike mannequins.

Let’s check out a few more ways in which VR is shaping the online shopping experience for modern-day consumers. If any of our readers happen to be brand owners, they can get some food for thought on how to utilize the technology for their virtual store.

1. Configure products through virtual “try-ons”
   

   Virtual “try-ons” are the latest buzz in the tech world that has gradually made its way to the consumer market. Several big apparel and luxury footwear brands have adopted the technology for their product listings. With this, prospects can try the product virtually and see themselves walking, running, and playing in it.

   This gives them a clear idea of the real-world functions of the product. They can also make more data-driven purchases instead of the guesswork that is often a problem while shopping online.

2. Check the product in 360° view with VR tools
   

   To better examine products, customers can check them from all angles through VR headsets. Highly detailed and custom 3D models of the product are made in specialized software, which can be viewed through the VR tool within a real-life setting. Buyers can play around with the product, feel themselves in it, and be one with it before purchasing.

3. VR shopping creates memorable connections
   

   The enhanced shopping experiences felt in a VR simulation are 100% life-like and hyper-realistic. This creates a feeling of mixed emotions that play on customer psychology. When customers are emotionally invested in an ad or a campaign, chances are higher that they will be inclined to buy the product.

4. Consumers can see the products in action
   

   How a piece of furniture assembles, how a hi-tech looking kitchen appliance works, how a beautiful lighting decor looks in a real-world ambience – all can be seen in a virtual simulation. Buyers can closely examine how their ergonomic, modular furniture works without actually visiting the store.

   With product 3D animations, though, the utilities of an appliance or a furniture item can be shown, but VR simulation helps them gain the experience themselves, being almost close to real in-store shopping.

5. Customize the commodities per their preferences
   

   Be it lipstick shades, foundations, hair colors, watch bands, eyegear, or contact lenses, prospective buyers can see for themselves which color suits them the best. Based on their preferences and skin tones, they can personalize the items from the virtual product display.

   For especially eyegear pieces, a person’s facial and bone structure matter the most. Through VR apps, customers can customize their selected items based on this. The recent shopping trends speak a lot about these personalization flexibilities.

6. Simulations amidst different contextual settings
   

   Virtual reality also simulates different interior set-ups designed in 3D. Thus, with special >virtual reality apps, buyers can check the products for themselves in different contextual room settings. It can be a gym, bedroom, bathroom, kitchen, living room, attic, or basement.

   These VR rooms can be showcased in exhibitions and tech symposiums for massive brand awareness and product promotions.

7. An immersive shopping experience for modern-age buyers
   

   The inherent essence of virtual reality lies in its gamification, interactivity, and immersiveness. Throughout the steps in a customer’s journey, from awareness to consideration to purchase – all the touchpoints become super-exciting and engrossing. The encounter feels like one is playing a computer game with VR consoles, goggles, and controllers.

   In a virtually created interactive shopping environment, buyers can pick and try stuff, move on to the next, and customize it per their choice. The VR-enhanced experience is one of its kind, ushering customers towards the final stage of the sales funnel.

The future of VR in eCommerce industry

The eCommerce industry has become a vast, never-ending realm where, each day, millions of online stores are formed. Be it small businesses, start-ups, SMEs/SMBs, or eCommerce giants like Amazon, Alibaba, Target, Walmart, etc., standing out in the crowd is the ultimate sales mantra. With product 3D modeling,360 degree product configurators, 3D product animations, etc., online sellers are trying to form an omni-channel user experience for rising online shoppers. There are different types of 3D product renderings used in marketing these days for faster brand recognition.

Also, with augmented reality marketing and the worldwide acceptance of AI, a sort of mixed reality (MR) approach is the imminent future for online commerce in the upcoming years. For instance, we are already witnessing the rise of AR in the furniture industry, as well as the growing effects of the metaverse and XR, also known as extended reality.

These innovative retail technologies will yield new possibilities for e-tailers to drive customer loyalty and carve a niche for themselves. So, together, we can see a completely digitally transformed consumer market that blends the human touch with digital innovations. All that eCommerce brands can do is ride the tide of adopting VR into their marketing strategies and accept it with its challenges and limitations.

Wrapping up!

If you have reached this point, by now, you have gained solid knowledge about virtual reality technology and how VR is shaping customer experience and online commerce. Developing powerful and intuitive VR apps and VR-driven retail innovations must be given due weight to ensure lifelong customer loyalty. In the coming years, we might get to see more of these immersive 3D visualization technologies driving further intuitive interactions for customers, making them feel valued, empowered, and better informed.

There are several accomplished 3D design service-providing agencies that develop custom VR-compatible 3D product models. VR models must be detailed and hyper-realistic when customers access them. The movements and postures must also be highly organic and accurate, replicating human movements. Thus, hiring experts in the domain generates the best possible results.

Until then, give this interesting article another read and get immersed in virtual reality. Good luck!

Reach us

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• Product Lifestyle vs. White Background Renders
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• 5 Furniture Marketing Ideas You Should Not Pass It Up
• Uses of Furniture 3D Models Based on Business Needs
• 10 Factors Affecting the Price of 3D Furniture Modeling
• Using 3D Modeling to Create Lifestyle Images for Marketing Campaigns

Time to read: 2 min

For as long as we can remember, we’ve been fascinated by the way things are made. Since childhood, we have been tinkering with toys and electronic gadgets, taking them apart so we could understand them and learn how to create those same items ourselves.

Along the way, one of the things we learned was the importance of access to great tools. We were very fortunate to attend incredible schools and join great companies which offered cutting edge technology and expertise. This gave us the opportunity to study and understand at a deep level the way things are made. We are keenly aware that such resources aren’t available to all.

And while there’s been a number of recent developments (e.g. falling costs + new desktop/software tools) that have sparked the world of hardware, we believe many looming issues remain in the current system that make bringing a commercially viable hardware product to market challenging — issues like no-quotes for students and new businesses, fragmented ecosystems, inefficient quote/order/tracking systems, and little competitive advantage for local vendors, just to name a few.

That’s why we’re thrilled to announce today that Moddler and Fictiv are partnering to combat many of these very issues and help democratize hardware development together.

Going forward, Fictiv will be providing all of Moddler’s sales, support, and job scheduling needs through the Fictiv platform. And as a result, Fictiv customers will get even greater access to the amazing quality of work at Moddler.

When we first met John and his team 18 months ago it was apparent that the quality of their work was second to none. Moddler’s singular focus on providing consistent, reliable, and high quality 3D parts was unquestionable and the best we’d seen.

Vendors like Moddler are the cornerstones of the ecosystem for democratizing hardware development. Together, we’re committed to building a system that rewards smaller vendors who take pride in their craft and elevates them with the economies of scale that typically only larger manufacturing companies are able to realize.

Above all else, we believe that every designer + engineer that wants access to the same tools as Ford, Apple, and Tesla should have that opportunity. This alliance is an important step toward making this a reality.

We hope you’ll join us.

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柱形图：适用于二维数据集（每个数据点包括两个值x和y），但只有一个值需要比较。

如：不同组之间的销售额对比。

折线图：适用于二维的大数据集，尤其是趋势比单个数据点更重要的场合。它还适合多个二维数据集的比较。

如：一年中12个月的销售额变化趋势。

>免费升级到企业版，赠超大存储空间

饼图：常使用在部分在总体的占比，即事物的构成。

如：组内某成员销售额占组内总销售额的比例。

本教程适用版本：WPS 365 点击免费使用

方法步骤：

在任意空的单元格中输入“0.1”，选择该单元格并且复制。

选中单元格数据区域，单击鼠标右键选择“选择性粘贴”

在选择性粘贴“运算”框内选择”乘“，点击“确定”，所有数字将与0.1相乘，得出减少一位数的结果。

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这样就可以快速减少一位数了，你学会了吗？

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Time to read: 6 min

Artificial intelligence often gets a bad rap. When management wants to start using AI to make the factory more productive, people assume computers will take their jobs. But the truth is, AI isn’t here to replace critical frontline workers. Artificial intelligence is a manufacturing catalyst tool that enables workers to accomplish higher-value tasks with greater accuracy, fewer errors and fewer accidents. Instead of a dystopian nightmare, AI and digital manufacturing can be a boon to a factory’s workforce.

AI works best when it has access to large amounts of data to find patterns and insights. With digital manufacturing increasing the sources of data throughout a factory floor, AI is primed to support workers by finding insights to improve production automatically. With AI, machines break less often, higher-quality goods are produced, and people are spared from many mundane tasks, freeing them to do higher-value work. Embracing AI on the factory floor gives workers the opportunity to stay a step ahead of the competition.

What is AI?

Artificial intelligence has become a buzzword, but what does the term really mean? AI by definition tries to replicate human decision-making and intelligence — and true AI is indistinguishable from human intelligence. In practice, artificial intelligence looks for patterns and signals in large datasets to deliver insights that can be hard to discover otherwise. 

Computers are exceptional at processing large amounts of data, which makes them much better at spotting these insights than humans. While artificial intelligence covers a wide array of technologies, machine learning and neural networks are two popular implementations of artificial intelligence.

Machine Learning

On the road to true artificial intelligence, machine learning is a great first stop. Machine learning recognizes patterns in data and then applies those learnings over time to make better decisions. With machine learning, an AI algorithm can be trained on how to do a specific task like identifying pictures of cats or detecting vibrational frequencies that indicate that a bearing is failing. With machine learning, the algorithm processes a large amount of data with known answers, learns from that data, and then can make better predictions as it processes new data.

Neural Networks

Machine learning builds artificial intelligence in a way that works specifically for computers. Computers typically work in a very linear way. Data is fed in from one direction, is processed, and comes out at the end. The human brain, however, differs from computers with the brain’s network of interconnected synapses. These connections allow many parts of the brain to process and analyze data simultaneously before arriving at an answer. 

Based on the work of neuroscientists, computer programmers have attempted to replicate these connections through neural networks. Neural networks function by breaking complex tasks down into parts that can “learn” new behavior through interaction. These types of models tend to be more flexible and responsive but can be harder to design.

How Does AI Enable Digital Manufacturing?

AI, machine learning, neural networks…what does any of that have to do with manufacturing? AI enhances digital manufacturing by processing the vast amounts of data generated before, during, and after manufacturing to help inform better decision-making and increase efficiencies. In short, artificial intelligence makes factories better. 

Here are three key areas where AI enables digital manufacturing:

• Predictive maintenance
• Higher-quality parts
• Increased efficiency 

Predictive Maintenance

Unexpected downtime can wreak havoc in a manufacturing environment. Even with good maintenance programs, machines can still fail at unpredictable times, causing missed ship dates and extra labor costs to get things running again. With artificial intelligence, data sources like motor currents, vibrational frequencies, and amplitudes, or even sounds can be used to monitor equipment as it operates and predict failures before they occur.

Just like the well-trained mechanic who has worked on a piece of machinery for many years, AI learns from datasets to find trends. An example of this may be slight increases in current on a motor over time that show corrosion building on the electrical contacts. Or the appearance of a certain vibrational frequency that shows up and grows in amplitude over time which indicates that a bearing needs to be regreased. In either case, purchasing now knows in advance, has time to get parts in stock, and maintenance can schedule repairs at an advantageous time.

Maintenance has evolved from reactive to preventative, to predictive. Reactive maintenance occurs after a machine has broken. Preventative maintenance is done on a fixed schedule to keep things operating correctly — like changing air filters every three months. Predictive maintenance, enabled by AI, fixes things strategically when needed so that it never breaks at all.

Higher-Quality Parts

Quality control is critical in every manufacturing environment. As pressures to scale and accelerate production increase, maintaining quality can be a challenge. AI is uniquely positioned to help in this regard because of all of the data present throughout the manufacturing cycle.

Starting in the quotation phase of manufacturing, artificial intelligence can analyze a natively digital file of a part or assembly to be manufactured and perform a DFM analysis. Based on these results, recommendations can be quickly made to tweak the design so that manufacturing is more straightforward.

With a digital manufacturing environment, AI is enabled to assist on the shop floor too. Whether analyzing production routes to manage load and increase efficiency or modifying batch sizes to meet lead times, AI can process the data from many variables on a shop floor. With computer vision systems, artificial intelligence can provide critical quality control functions to ensure product quality remains high and bad parts are rejected quickly. Trends in part quality can also be identified, and AI can make process change recommendations to keep part quality high.

In a world of increasing lead times and supply chain constraints, AI is the partner we’ve been waiting for. It takes large teams to wrestle with the amount of data from suppliers and vendors that change daily — and the impacts of those changes often reverberate through the entire system. With AI, these impacts are more easily identified, so plans can be formulated to circumvent issues as they arise.

Increased Efficiency

AI is not replacing workers but instead helps them produce greater results. Artificial intelligence helps workers make better decisions with clearer information. And better decision-making means getting more done with less effort than they could before. 

No longer do workers have to make decisions based on a hunch. Instead of asking purchasing to keep spare parts on hand, inventory can be reduced and ordered based on AI predictions about when a given part will need to be replaced. That part can then be changed out at a scheduled, regular time without the disturbances that accompany an unexpected breakdown.

In addition to better decision-making from clear insights, AI frees workers to focus on higher-value work. Many current jobs that require mundane or highly repetitive tasks can offload those tasks to AI. Humans are much better at creative problem solving, whereas computers are better at doing those repetitive tasks. Letting computers do what they do best paves the way for humans to achieve more. When leveraged properly, AI is a catalyst to enable workers and manufacturing environments to achieve greater results with less effort.

AI and the Future of Manufacturing

So, now you understand the benefits of artificial intelligence and digital manufacturing. AI enables factory workers to accomplish more by delivering greater insights into manufacturing data. Our robot overlords aren’t yet coming to take our jobs — but the robots are tools that can make manufacturing much more efficient. 

Sourcing Simplified – Start Your Next  Project With Fictiv

At Fictiv, we are here to help source all your custom manufactured parts, even your most complex robotics components! Coupled with our high quality and quick lead times, look no further than Fictiv as your strategic sourcing partner for all your CNC machining service needs.

When it comes to custom part manufacturing, Fictiv has you covered. We simplify part sourcing with AI-powered, intelligent, streamlined, automated workflows — in short, Fictiv is your operating system for custom manufacturing that makes part procurement faster, easier, and more efficient. 

In other words, Fictiv lets engineers, like you, engineer.

Create an account and upload your part to see what our instant quote process, expert guidance, and intelligent platform can do for you. 

Time to read: 2 min

Hellooo 2016! Is it seriously February already?

Well, in the spirit of nostalgia, we’re takin’ a drive down memory lane, looking back at our most popular posts from 2015.

1.  Ultimate Guide to Surface Finishing 3D Printed Parts

First up: our popular Ultimate Guide to Surface Finishing 3D Printed Parts.

The guide covers different finishing methods for FDM and PolyJet parts and offers techniques and tips to elevate the look and feel of prototypes to visual model standards.

2. BB-8 Teardown

One of our first teardowns! After being introduced to the lovable BB-8 droid from The Force Awakens and then seeing Sphero come out with their own toy, we couldn’t resist.

A dremel session later, we peeked inside our little friend and found some pretty neat mechanisms.

3. Nintendo Controller Teardown

This is one of my favorites: a teardown of all the classic Nintendo controllers, from the very first NES system, through the Nintendo 64 (hello, joy stick!) and finally ending at the very complex and tv-like Wii U remote.

4. The True Cost of Machine Ownership

Thinking about buying a 3D printer? Before you do, read this post. We get a lot of startups coming to us, asking whether or not they should buy their own machine(s). 

There are many different and complex variables that inform whether or not machine ownership is the right decision for you, so here we outline exactly what those variables are to help you make the best decision.

5. Designing Snap Fit Components

Snap fits are fantastic part features to help improve ease of assembly while saving production time and money. 

Here’s our guide to designing snap fit components, where we describe the key features, calculations and ways to troubleshoot issues for designing and prototyping plastic snap fit components.

6. This is How an Aerospace Engineer Designs Hardware Products

Read how James Olander, founder of Roost,  leveraged his background in Aerospace Engineering to design and develop the best laptop stand we’ve ever used. 

In this Spotlight, he shares the engineering workflow he uses to design the structural elements of his 3D printed prototypes, in order to then extrapolate those results to understand how injection molded parts would perform.

7. Industrial Design vs Mechanical Engineering — This is How Endless Manages the Give and Take

We’re always interested in learning more about improving workflow dynamics between engineers and designers. 

Here, we get a sneak peek into the working dynamic between industrial designer Scott Shumaker and VP of Engineering George Hines at Endless Mobile, and how they’re able to effectively leverage one another’s expertise to create something better than what either could create alone.

—

If you enjoyed these posts, you’re going to like what we have coming up for 2016.

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